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-rw-r--r--deps/v8/test/mjsunit/math-floor-of-div.js326
1 files changed, 169 insertions, 157 deletions
diff --git a/deps/v8/test/mjsunit/math-floor-of-div.js b/deps/v8/test/mjsunit/math-floor-of-div.js
index d0026e963a..1c695a47f8 100644
--- a/deps/v8/test/mjsunit/math-floor-of-div.js
+++ b/deps/v8/test/mjsunit/math-floor-of-div.js
@@ -35,72 +35,74 @@ function div(a, b) {
var limit = 0x1000000;
var exhaustive_limit = 100;
var step = 10;
-var values = [0x10000001,
- 0x12345678,
- -0x789abcdf, // 0x87654321
- 0x01234567,
- 0x76543210,
- -0x80000000, // 0x80000000
- 0x7fffffff,
- -0x0fffffff, // 0xf0000001
- 0x00000010,
- -0x01000000 // 0xff000000
- ];
+var values = [
+ 0x10000001, 0x12345678,
+ -0x789abcdf, // 0x87654321
+ 0x01234567, 0x76543210,
+ -0x80000000, // 0x80000000
+ 0x7fffffff,
+ -0x0fffffff, // 0xf0000001
+ 0x00000010,
+ -0x01000000 // 0xff000000
+];
function test_div() {
var c = 0;
for (var k = 0; k <= limit; k++) {
- if (k > exhaustive_limit) { c += step; k += c; }
- assertEquals(Math.floor(div(k, 1)), Math.floor(k / 1));
- assertEquals(Math.floor(div(k, -1)), Math.floor(k / -1));
- assertEquals(Math.floor(div(k, 2)), Math.floor(k / 2));
- assertEquals(Math.floor(div(k, -2)), Math.floor(k / -2));
- assertEquals(Math.floor(div(k, 3)), Math.floor(k / 3));
- assertEquals(Math.floor(div(k, -3)), Math.floor(k / -3));
- assertEquals(Math.floor(div(k, 4)), Math.floor(k / 4));
- assertEquals(Math.floor(div(k, -4)), Math.floor(k / -4));
- assertEquals(Math.floor(div(k, 5)), Math.floor(k / 5));
- assertEquals(Math.floor(div(k, -5)), Math.floor(k / -5));
- assertEquals(Math.floor(div(k, 6)), Math.floor(k / 6));
- assertEquals(Math.floor(div(k, -6)), Math.floor(k / -6));
- assertEquals(Math.floor(div(k, 7)), Math.floor(k / 7));
- assertEquals(Math.floor(div(k, -7)), Math.floor(k / -7));
- assertEquals(Math.floor(div(k, 8)), Math.floor(k / 8));
- assertEquals(Math.floor(div(k, -8)), Math.floor(k / -8));
- assertEquals(Math.floor(div(k, 9)), Math.floor(k / 9));
- assertEquals(Math.floor(div(k, -9)), Math.floor(k / -9));
- assertEquals(Math.floor(div(k, 10)), Math.floor(k / 10));
- assertEquals(Math.floor(div(k, -10)), Math.floor(k / -10));
- assertEquals(Math.floor(div(k, 11)), Math.floor(k / 11));
- assertEquals(Math.floor(div(k, -11)), Math.floor(k / -11));
- assertEquals(Math.floor(div(k, 12)), Math.floor(k / 12));
- assertEquals(Math.floor(div(k, -12)), Math.floor(k / -12));
- assertEquals(Math.floor(div(k, 13)), Math.floor(k / 13));
- assertEquals(Math.floor(div(k, -13)), Math.floor(k / -13));
- assertEquals(Math.floor(div(k, 14)), Math.floor(k / 14));
- assertEquals(Math.floor(div(k, -14)), Math.floor(k / -14));
- assertEquals(Math.floor(div(k, 15)), Math.floor(k / 15));
- assertEquals(Math.floor(div(k, -15)), Math.floor(k / -15));
- assertEquals(Math.floor(div(k, 16)), Math.floor(k / 16));
- assertEquals(Math.floor(div(k, -16)), Math.floor(k / -16));
- assertEquals(Math.floor(div(k, 17)), Math.floor(k / 17));
- assertEquals(Math.floor(div(k, -17)), Math.floor(k / -17));
- assertEquals(Math.floor(div(k, 18)), Math.floor(k / 18));
- assertEquals(Math.floor(div(k, -18)), Math.floor(k / -18));
- assertEquals(Math.floor(div(k, 19)), Math.floor(k / 19));
- assertEquals(Math.floor(div(k, -19)), Math.floor(k / -19));
- assertEquals(Math.floor(div(k, 20)), Math.floor(k / 20));
- assertEquals(Math.floor(div(k, -20)), Math.floor(k / -20));
- assertEquals(Math.floor(div(k, 21)), Math.floor(k / 21));
- assertEquals(Math.floor(div(k, -21)), Math.floor(k / -21));
- assertEquals(Math.floor(div(k, 22)), Math.floor(k / 22));
- assertEquals(Math.floor(div(k, -22)), Math.floor(k / -22));
- assertEquals(Math.floor(div(k, 23)), Math.floor(k / 23));
- assertEquals(Math.floor(div(k, -23)), Math.floor(k / -23));
- assertEquals(Math.floor(div(k, 24)), Math.floor(k / 24));
- assertEquals(Math.floor(div(k, -24)), Math.floor(k / -24));
- assertEquals(Math.floor(div(k, 25)), Math.floor(k / 25));
- assertEquals(Math.floor(div(k, -25)), Math.floor(k / -25));
+ if (k > exhaustive_limit) {
+ c += step;
+ k += c;
+ }
+ assertEquals(Math.floor(div(k, 1)), Math.floor(k / 1));
+ assertEquals(Math.floor(div(k, -1)), Math.floor(k / -1));
+ assertEquals(Math.floor(div(k, 2)), Math.floor(k / 2));
+ assertEquals(Math.floor(div(k, -2)), Math.floor(k / -2));
+ assertEquals(Math.floor(div(k, 3)), Math.floor(k / 3));
+ assertEquals(Math.floor(div(k, -3)), Math.floor(k / -3));
+ assertEquals(Math.floor(div(k, 4)), Math.floor(k / 4));
+ assertEquals(Math.floor(div(k, -4)), Math.floor(k / -4));
+ assertEquals(Math.floor(div(k, 5)), Math.floor(k / 5));
+ assertEquals(Math.floor(div(k, -5)), Math.floor(k / -5));
+ assertEquals(Math.floor(div(k, 6)), Math.floor(k / 6));
+ assertEquals(Math.floor(div(k, -6)), Math.floor(k / -6));
+ assertEquals(Math.floor(div(k, 7)), Math.floor(k / 7));
+ assertEquals(Math.floor(div(k, -7)), Math.floor(k / -7));
+ assertEquals(Math.floor(div(k, 8)), Math.floor(k / 8));
+ assertEquals(Math.floor(div(k, -8)), Math.floor(k / -8));
+ assertEquals(Math.floor(div(k, 9)), Math.floor(k / 9));
+ assertEquals(Math.floor(div(k, -9)), Math.floor(k / -9));
+ assertEquals(Math.floor(div(k, 10)), Math.floor(k / 10));
+ assertEquals(Math.floor(div(k, -10)), Math.floor(k / -10));
+ assertEquals(Math.floor(div(k, 11)), Math.floor(k / 11));
+ assertEquals(Math.floor(div(k, -11)), Math.floor(k / -11));
+ assertEquals(Math.floor(div(k, 12)), Math.floor(k / 12));
+ assertEquals(Math.floor(div(k, -12)), Math.floor(k / -12));
+ assertEquals(Math.floor(div(k, 13)), Math.floor(k / 13));
+ assertEquals(Math.floor(div(k, -13)), Math.floor(k / -13));
+ assertEquals(Math.floor(div(k, 14)), Math.floor(k / 14));
+ assertEquals(Math.floor(div(k, -14)), Math.floor(k / -14));
+ assertEquals(Math.floor(div(k, 15)), Math.floor(k / 15));
+ assertEquals(Math.floor(div(k, -15)), Math.floor(k / -15));
+ assertEquals(Math.floor(div(k, 16)), Math.floor(k / 16));
+ assertEquals(Math.floor(div(k, -16)), Math.floor(k / -16));
+ assertEquals(Math.floor(div(k, 17)), Math.floor(k / 17));
+ assertEquals(Math.floor(div(k, -17)), Math.floor(k / -17));
+ assertEquals(Math.floor(div(k, 18)), Math.floor(k / 18));
+ assertEquals(Math.floor(div(k, -18)), Math.floor(k / -18));
+ assertEquals(Math.floor(div(k, 19)), Math.floor(k / 19));
+ assertEquals(Math.floor(div(k, -19)), Math.floor(k / -19));
+ assertEquals(Math.floor(div(k, 20)), Math.floor(k / 20));
+ assertEquals(Math.floor(div(k, -20)), Math.floor(k / -20));
+ assertEquals(Math.floor(div(k, 21)), Math.floor(k / 21));
+ assertEquals(Math.floor(div(k, -21)), Math.floor(k / -21));
+ assertEquals(Math.floor(div(k, 22)), Math.floor(k / 22));
+ assertEquals(Math.floor(div(k, -22)), Math.floor(k / -22));
+ assertEquals(Math.floor(div(k, 23)), Math.floor(k / 23));
+ assertEquals(Math.floor(div(k, -23)), Math.floor(k / -23));
+ assertEquals(Math.floor(div(k, 24)), Math.floor(k / 24));
+ assertEquals(Math.floor(div(k, -24)), Math.floor(k / -24));
+ assertEquals(Math.floor(div(k, 25)), Math.floor(k / 25));
+ assertEquals(Math.floor(div(k, -25)), Math.floor(k / -25));
assertEquals(Math.floor(div(k, 125)), Math.floor(k / 125));
assertEquals(Math.floor(div(k, -125)), Math.floor(k / -125));
assertEquals(Math.floor(div(k, 625)), Math.floor(k / 625));
@@ -108,57 +110,60 @@ function test_div() {
}
c = 0;
for (var k = 0; k <= limit; k++) {
- if (k > exhaustive_limit) { c += step; k += c; }
- assertEquals(Math.floor(div(-k, 1)), Math.floor(-k / 1));
- assertEquals(Math.floor(div(-k, -1)), Math.floor(-k / -1));
- assertEquals(Math.floor(div(-k, 2)), Math.floor(-k / 2));
- assertEquals(Math.floor(div(-k, -2)), Math.floor(-k / -2));
- assertEquals(Math.floor(div(-k, 3)), Math.floor(-k / 3));
- assertEquals(Math.floor(div(-k, -3)), Math.floor(-k / -3));
- assertEquals(Math.floor(div(-k, 4)), Math.floor(-k / 4));
- assertEquals(Math.floor(div(-k, -4)), Math.floor(-k / -4));
- assertEquals(Math.floor(div(-k, 5)), Math.floor(-k / 5));
- assertEquals(Math.floor(div(-k, -5)), Math.floor(-k / -5));
- assertEquals(Math.floor(div(-k, 6)), Math.floor(-k / 6));
- assertEquals(Math.floor(div(-k, -6)), Math.floor(-k / -6));
- assertEquals(Math.floor(div(-k, 7)), Math.floor(-k / 7));
- assertEquals(Math.floor(div(-k, -7)), Math.floor(-k / -7));
- assertEquals(Math.floor(div(-k, 8)), Math.floor(-k / 8));
- assertEquals(Math.floor(div(-k, -8)), Math.floor(-k / -8));
- assertEquals(Math.floor(div(-k, 9)), Math.floor(-k / 9));
- assertEquals(Math.floor(div(-k, -9)), Math.floor(-k / -9));
- assertEquals(Math.floor(div(-k, 10)), Math.floor(-k / 10));
- assertEquals(Math.floor(div(-k, -10)), Math.floor(-k / -10));
- assertEquals(Math.floor(div(-k, 11)), Math.floor(-k / 11));
- assertEquals(Math.floor(div(-k, -11)), Math.floor(-k / -11));
- assertEquals(Math.floor(div(-k, 12)), Math.floor(-k / 12));
- assertEquals(Math.floor(div(-k, -12)), Math.floor(-k / -12));
- assertEquals(Math.floor(div(-k, 13)), Math.floor(-k / 13));
- assertEquals(Math.floor(div(-k, -13)), Math.floor(-k / -13));
- assertEquals(Math.floor(div(-k, 14)), Math.floor(-k / 14));
- assertEquals(Math.floor(div(-k, -14)), Math.floor(-k / -14));
- assertEquals(Math.floor(div(-k, 15)), Math.floor(-k / 15));
- assertEquals(Math.floor(div(-k, -15)), Math.floor(-k / -15));
- assertEquals(Math.floor(div(-k, 16)), Math.floor(-k / 16));
- assertEquals(Math.floor(div(-k, -16)), Math.floor(-k / -16));
- assertEquals(Math.floor(div(-k, 17)), Math.floor(-k / 17));
- assertEquals(Math.floor(div(-k, -17)), Math.floor(-k / -17));
- assertEquals(Math.floor(div(-k, 18)), Math.floor(-k / 18));
- assertEquals(Math.floor(div(-k, -18)), Math.floor(-k / -18));
- assertEquals(Math.floor(div(-k, 19)), Math.floor(-k / 19));
- assertEquals(Math.floor(div(-k, -19)), Math.floor(-k / -19));
- assertEquals(Math.floor(div(-k, 20)), Math.floor(-k / 20));
- assertEquals(Math.floor(div(-k, -20)), Math.floor(-k / -20));
- assertEquals(Math.floor(div(-k, 21)), Math.floor(-k / 21));
- assertEquals(Math.floor(div(-k, -21)), Math.floor(-k / -21));
- assertEquals(Math.floor(div(-k, 22)), Math.floor(-k / 22));
- assertEquals(Math.floor(div(-k, -22)), Math.floor(-k / -22));
- assertEquals(Math.floor(div(-k, 23)), Math.floor(-k / 23));
- assertEquals(Math.floor(div(-k, -23)), Math.floor(-k / -23));
- assertEquals(Math.floor(div(-k, 24)), Math.floor(-k / 24));
- assertEquals(Math.floor(div(-k, -24)), Math.floor(-k / -24));
- assertEquals(Math.floor(div(-k, 25)), Math.floor(-k / 25));
- assertEquals(Math.floor(div(-k, -25)), Math.floor(-k / -25));
+ if (k > exhaustive_limit) {
+ c += step;
+ k += c;
+ }
+ assertEquals(Math.floor(div(-k, 1)), Math.floor(-k / 1));
+ assertEquals(Math.floor(div(-k, -1)), Math.floor(-k / -1));
+ assertEquals(Math.floor(div(-k, 2)), Math.floor(-k / 2));
+ assertEquals(Math.floor(div(-k, -2)), Math.floor(-k / -2));
+ assertEquals(Math.floor(div(-k, 3)), Math.floor(-k / 3));
+ assertEquals(Math.floor(div(-k, -3)), Math.floor(-k / -3));
+ assertEquals(Math.floor(div(-k, 4)), Math.floor(-k / 4));
+ assertEquals(Math.floor(div(-k, -4)), Math.floor(-k / -4));
+ assertEquals(Math.floor(div(-k, 5)), Math.floor(-k / 5));
+ assertEquals(Math.floor(div(-k, -5)), Math.floor(-k / -5));
+ assertEquals(Math.floor(div(-k, 6)), Math.floor(-k / 6));
+ assertEquals(Math.floor(div(-k, -6)), Math.floor(-k / -6));
+ assertEquals(Math.floor(div(-k, 7)), Math.floor(-k / 7));
+ assertEquals(Math.floor(div(-k, -7)), Math.floor(-k / -7));
+ assertEquals(Math.floor(div(-k, 8)), Math.floor(-k / 8));
+ assertEquals(Math.floor(div(-k, -8)), Math.floor(-k / -8));
+ assertEquals(Math.floor(div(-k, 9)), Math.floor(-k / 9));
+ assertEquals(Math.floor(div(-k, -9)), Math.floor(-k / -9));
+ assertEquals(Math.floor(div(-k, 10)), Math.floor(-k / 10));
+ assertEquals(Math.floor(div(-k, -10)), Math.floor(-k / -10));
+ assertEquals(Math.floor(div(-k, 11)), Math.floor(-k / 11));
+ assertEquals(Math.floor(div(-k, -11)), Math.floor(-k / -11));
+ assertEquals(Math.floor(div(-k, 12)), Math.floor(-k / 12));
+ assertEquals(Math.floor(div(-k, -12)), Math.floor(-k / -12));
+ assertEquals(Math.floor(div(-k, 13)), Math.floor(-k / 13));
+ assertEquals(Math.floor(div(-k, -13)), Math.floor(-k / -13));
+ assertEquals(Math.floor(div(-k, 14)), Math.floor(-k / 14));
+ assertEquals(Math.floor(div(-k, -14)), Math.floor(-k / -14));
+ assertEquals(Math.floor(div(-k, 15)), Math.floor(-k / 15));
+ assertEquals(Math.floor(div(-k, -15)), Math.floor(-k / -15));
+ assertEquals(Math.floor(div(-k, 16)), Math.floor(-k / 16));
+ assertEquals(Math.floor(div(-k, -16)), Math.floor(-k / -16));
+ assertEquals(Math.floor(div(-k, 17)), Math.floor(-k / 17));
+ assertEquals(Math.floor(div(-k, -17)), Math.floor(-k / -17));
+ assertEquals(Math.floor(div(-k, 18)), Math.floor(-k / 18));
+ assertEquals(Math.floor(div(-k, -18)), Math.floor(-k / -18));
+ assertEquals(Math.floor(div(-k, 19)), Math.floor(-k / 19));
+ assertEquals(Math.floor(div(-k, -19)), Math.floor(-k / -19));
+ assertEquals(Math.floor(div(-k, 20)), Math.floor(-k / 20));
+ assertEquals(Math.floor(div(-k, -20)), Math.floor(-k / -20));
+ assertEquals(Math.floor(div(-k, 21)), Math.floor(-k / 21));
+ assertEquals(Math.floor(div(-k, -21)), Math.floor(-k / -21));
+ assertEquals(Math.floor(div(-k, 22)), Math.floor(-k / 22));
+ assertEquals(Math.floor(div(-k, -22)), Math.floor(-k / -22));
+ assertEquals(Math.floor(div(-k, 23)), Math.floor(-k / 23));
+ assertEquals(Math.floor(div(-k, -23)), Math.floor(-k / -23));
+ assertEquals(Math.floor(div(-k, 24)), Math.floor(-k / 24));
+ assertEquals(Math.floor(div(-k, -24)), Math.floor(-k / -24));
+ assertEquals(Math.floor(div(-k, 25)), Math.floor(-k / 25));
+ assertEquals(Math.floor(div(-k, -25)), Math.floor(-k / -25));
assertEquals(Math.floor(div(-k, 125)), Math.floor(-k / 125));
assertEquals(Math.floor(div(-k, -125)), Math.floor(-k / -125));
assertEquals(Math.floor(div(-k, 625)), Math.floor(-k / 625));
@@ -168,18 +173,22 @@ function test_div() {
// Use (values[key] | 0) to force the integer type.
for (var i = 0; i < values.length; i++) {
for (var j = 0; j < values.length; j++) {
- assertEquals(Math.floor(div((values[i] | 0), (values[j] | 0))),
- Math.floor((values[i] | 0) / (values[j] | 0)));
- assertEquals(Math.floor(div(-(values[i] | 0), (values[j] | 0))),
- Math.floor(-(values[i] | 0) / (values[j] | 0)));
- assertEquals(Math.floor(div((values[i] | 0), -(values[j] | 0))),
- Math.floor((values[i] | 0) / -(values[j] | 0)));
- assertEquals(Math.floor(div(-(values[i] | 0), -(values[j] | 0))),
- Math.floor(-(values[i] | 0) / -(values[j] | 0)));
+ assertEquals(
+ Math.floor(div(values[i] | 0, values[j] | 0)),
+ Math.floor((values[i] | 0) / (values[j] | 0)));
+ assertEquals(
+ Math.floor(div(-(values[i] | 0), values[j] | 0)),
+ Math.floor(-(values[i] | 0) / (values[j] | 0)));
+ assertEquals(
+ Math.floor(div(values[i] | 0, -(values[j] | 0))),
+ Math.floor((values[i] | 0) / -(values[j] | 0)));
+ assertEquals(
+ Math.floor(div(-(values[i] | 0), -(values[j] | 0))),
+ Math.floor(-(values[i] | 0) / -(values[j] | 0)));
}
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div);
test_div();
%OptimizeFunctionOnNextCall(test_div);
test_div();
@@ -189,18 +198,22 @@ var values2 = [1, 3, 10, 99, 100, 101, 0x7fffffff];
function test_div2() {
for (var i = 0; i < values2.length; i++) {
for (var j = 0; j < values2.length; j++) {
- assertEquals(Math.floor(div((values2[i] | 0), (values2[j] | 0))),
- Math.floor((values2[i] | 0) / (values2[j] | 0)));
- assertEquals(Math.floor(div(-(values2[i] | 0), (values2[j] | 0))),
- Math.floor(-(values2[i] | 0) / (values2[j] | 0)));
- assertEquals(Math.floor(div((values2[i] | 0), -(values2[j] | 0))),
- Math.floor((values2[i] | 0) / -(values2[j] | 0)));
- assertEquals(Math.floor(div(-(values2[i] | 0), -(values2[j] | 0))),
- Math.floor(-(values2[i] | 0) / -(values2[j] | 0)));
+ assertEquals(
+ Math.floor(div(values2[i] | 0, values2[j] | 0)),
+ Math.floor((values2[i] | 0) / (values2[j] | 0)));
+ assertEquals(
+ Math.floor(div(-(values2[i] | 0), values2[j] | 0)),
+ Math.floor(-(values2[i] | 0) / (values2[j] | 0)));
+ assertEquals(
+ Math.floor(div(values2[i] | 0, -(values2[j] | 0))),
+ Math.floor((values2[i] | 0) / -(values2[j] | 0)));
+ assertEquals(
+ Math.floor(div(-(values2[i] | 0), -(values2[j] | 0))),
+ Math.floor(-(values2[i] | 0) / -(values2[j] | 0)));
}
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div2);
test_div2();
%OptimizeFunctionOnNextCall(test_div2);
test_div2();
@@ -227,23 +240,22 @@ function test_div_deopt_minus_zero() {
for (var i = 0; i < 2; ++i) {
assertTrue(IsNegativeZero(Math.floor((zero_in_array[0] | 0) / -1)));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_minus_zero);
function test_div_deopt_overflow() {
for (var i = 0; i < 2; ++i) {
// We use '| 0' to force the representation to int32.
- assertEquals(-min_int_in_array[0],
- Math.floor((min_int_in_array[0] | 0) / -1));
+ assertEquals(
+ -min_int_in_array[0], Math.floor((min_int_in_array[0] | 0) / -1));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_overflow);
function test_div_deopt_div_by_zero() {
for (var i = 0; i < 2; ++i) {
- assertEquals(div(i, 0),
- Math.floor(i / 0));
+ assertEquals(div(i, 0), Math.floor(i / 0));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_div_by_zero);
test_div_deopt_minus_zero();
test_div_deopt_overflow();
test_div_deopt_div_by_zero();
@@ -257,26 +269,26 @@ test_div_deopt_div_by_zero();
// Test for dividing by variable.
function test_div_deopt_minus_zero_v() {
for (var i = 0; i < 2; ++i) {
- assertTrue(IsNegativeZero(Math.floor((zero_in_array[0] | 0) /
- neg_one_in_array[0])));
+ assertTrue(IsNegativeZero(
+ Math.floor((zero_in_array[0] | 0) / neg_one_in_array[0])));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_minus_zero_v);
function test_div_deopt_overflow_v() {
for (var i = 0; i < 2; ++i) {
// We use '| 0' to force the representation to int32.
- assertEquals(-min_int_in_array[0],
- Math.floor((min_int_in_array[0] | 0) / neg_one_in_array[0]));
+ assertEquals(
+ -min_int_in_array[0],
+ Math.floor((min_int_in_array[0] | 0) / neg_one_in_array[0]));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_overflow_v);
function test_div_deopt_div_by_zero_v() {
for (var i = 0; i < 2; ++i) {
- assertEquals(div(i, 0),
- Math.floor(i / zero_in_array[0]));
+ assertEquals(div(i, 0), Math.floor(i / zero_in_array[0]));
}
-}
-
+};
+%PrepareFunctionForOptimization(test_div_deopt_div_by_zero_v);
test_div_deopt_minus_zero_v();
test_div_deopt_overflow_v();
test_div_deopt_div_by_zero_v();
@@ -291,8 +303,8 @@ test_div_deopt_div_by_zero_v();
// Test for flooring division with negative dividend.
function flooring_div_by_3(y) {
return Math.floor(y / 3);
-}
-
+};
+%PrepareFunctionForOptimization(flooring_div_by_3);
assertEquals(-1, flooring_div_by_3(-2));
assertEquals(-1, flooring_div_by_3(-2));
%OptimizeFunctionOnNextCall(flooring_div_by_3);
generated by cgit v1.2.3 (git 2.39.1) at 2024-06-12 18:30:51 +0000